Smiley, you might try going to Hastings website and read what they have to say. I don't think even you :grin: could refute that they say their #1 reason for mounting the scope base to the bbl is ACCURACY, and eliminating bbl movement relative to the scope mounting preserving both ACCURACY and zero. Not a word about convenience. But then maybe you can call them up and debate them that they really do it because there just isn't enough meat in them shotgun receivers and the convenience of the whole thing. :-)
***For the muzzel loader, the barrels are thicker and stiffer, this adding mass changes the vibration.***
You're right Smiley, additional mass and stiffness actually DAMPEN bbl vibrations, thereby diminishing what you're trying to debate as a huge issue with regard to bbl vibration relative is point of aim. :shock:
***A couple of thousands movement of the barrel shifting ( at 100 Yards += inches) will effect the bullet impact, especially if its not costent (in the same place each time) be smokeless or Black powder.***
I assume you mean bbl shifting relative to point of aim as you've stated before. Ya know, with all these bbl vibrations and the muzzle "flippin around" relative to point of aim, it's a wonder anyone can hit paper past 50 yards according to your model.
It just doesn't have the effect you're making it out to have, irregardless of what your opinion might be.
Is there an effect? Sure, but it is my opinion that high intensity center fire rifles are much more sensitive to bbl resonance than a thick bbl'd muzzleloader.
This dialogue started because it is my contention hntrjack would be better served focusing on load/projectile development rather than swapping out hingepins. The hingepin on an Encore muzzleloader has even less effect on that system because EVERYTHING is self-contained on the bbl and moves as 1 unit.
Smiley, I doubt I've convinced you, but my fortitude to continue this debate is diminished. On to other things.